Best Keploy code snippet using graph.ConvertDeps
utils.go
Source: utils.go
...213 tc.Deps = deps214 }215 return tc216}217func ConvertDeps(deps []models.Dependency) []*model.Dependency {218 var res []*model.Dependency219 for _, d := range deps {220 res = append(res, &model.Dependency{221 Name: d.Name,222 Type: model.DependencyType(d.Type),223 Meta: ConvertMapToKV(d.Meta),224 })225 }226 return res227}228func ConvertTestCase(t models.TestCase) *model.TestCase {229 var h []*model.Header230 for k, v := range t.HttpResp.Header {231 h = append(h, &model.Header{232 Key: k,233 Value: v,234 })235 }236 var anchors []string237 for k := range t.Anchors {238 anchors = append(anchors, k)239 }240 return &model.TestCase{241 ID: t.ID,242 Created: time.Unix(t.Created, 0).UTC(),243 Updated: time.Unix(t.Updated, 0).UTC(),244 Captured: time.Unix(t.Captured, 0).UTC(),245 Cid: t.CID,246 App: t.AppID,247 URI: t.URI,248 HTTPReq: ConvertHttpReq(t.HttpReq),249 HTTPResp: &model.HTTPResp{250 StatusCode: t.HttpResp.StatusCode,251 Header: h,252 Body: t.HttpResp.Body,253 },254 Deps: ConvertDeps(t.Deps),255 Anchors: anchors,256 Noise: t.Noise,257 }258}259func GetPreloads(ctx context.Context) []string {260 return GetNestedPreloads(261 graphql.GetOperationContext(ctx),262 graphql.CollectFieldsCtx(ctx, nil),263 "",264 )265}266func GetNestedPreloads(ctx *graphql.OperationContext, fields []graphql.CollectedField, prefix string) (preloads []string) {267 for _, column := range fields {268 prefixColumn := GetPreloadString(prefix, column.Name)...
schema.resolvers.go
Source: schema.resolvers.go
...79 TestCaseID: t.TestCaseID,80 URI: &uri,81 Req: ConvertHttpReq(t.Req),82 Noise: t.Noise,83 Deps: ConvertDeps(t.Dep),84 Result: ConvertResult(t.Result),85 })86 }87 }88 ts := &model.TestRun{89 ID: run.ID,90 Status: ConvertTestRunStatus(run.Status),91 Created: time.Unix(run.Created, 0).UTC(),92 Updated: time.Unix(run.Updated, 0).UTC(),93 App: run.App,94 User: run.User,95 Success: run.Success,96 Failure: run.Failure,97 Total: run.Total,...
ConvertDeps
Using AI Code Generation
1import (2func main() {3 if len(os.Args) != 2 {4 fmt.Fprintf(os.Stderr, "usage: %s <package>5 os.Exit(2)6 }7 fset := token.NewFileSet()8 pkgs, err := parser.ParseDir(fset, pkg, nil, 0)9 if err != nil {10 log.Fatal(err)11 }12 g := new(graph)13 for _, pkg := range pkgs {14 g.AddPackage(pkg)15 }16 g.AddEdges()17 g.Print()18 g.PrintTopo()19}20type graph struct {21}22type node struct {23}24func (g *graph) AddPackage(pkg *ast.Package) {25 if _, ok := g.nodes[pkg.Path]; ok {26 }27 n := &node{28 }29 if g.nodes == nil {30 g.nodes = make(map[string]*node)31 }32 for _, file := range pkg.Files {33 n.files = append(n.files, file)34 }35}
ConvertDeps
Using AI Code Generation
1import (2func main() {3 conf := loader.Config{Build: &buildutil.Default}4 if _, err := conf.FromArgs(os.Args[1:], true); err != nil {5 fmt.Fprintf(os.Stderr, "%s: %s6 os.Exit(1)7 }8 prog, err := conf.Load()9 if err != nil {10 fmt.Fprintf(os.Stderr, "%s: %s11 os.Exit(1)12 }13 graph := prog.Package(prog.Created[0].Pkg.Path()).Graph14 for _, pkg := range graph.ConvertDeps() {15 pkg := pkg.(*loader.PackageInfo)16 fmt.Println(pkg.Pkg.Path())17 }18}
ConvertDeps
Using AI Code Generation
1import (2func main() {3 g := &dep.Graph{}4 g.AddVertex("A")5 g.AddVertex("B")6 g.AddVertex("C")7 g.AddVertex("D")8 g.AddVertex("E")9 g.AddVertex("F")10 g.AddVertex("G")11 g.AddEdge("A", "B", 0)12 g.AddEdge("A", "C", 0)13 g.AddEdge("B", "D", 0)14 g.AddEdge("C", "D", 0)15 g.AddEdge("D", "E", 0)16 g.AddEdge("D", "F", 0)17 g.AddEdge("D", "G", 0)18 fmt.Println("Adjacency List")19 fmt.Println(g)20 fmt.Println("Converting Adjacency List to Adjacency Matrix")21 fmt.Println(g.ConvertDeps())22}
ConvertDeps
Using AI Code Generation
1func main(){2 g := graph.NewGraph()3 g.AddNode("A")4 g.AddNode("B")5 g.AddNode("C")6 g.AddNode("D")7 g.AddEdge("A", "B")8 g.AddEdge("A", "C")9 g.AddEdge("B", "D")10 g.AddEdge("C", "D")11 dg, err := g.ConvertDeps()12 if err != nil {13 fmt.Println(err)14 }15 fmt.Println(dg)16}
ConvertDeps
Using AI Code Generation
1func main() {2 g := graph.NewGraph()3 g.AddNode("A")4 g.AddNode("B")5 g.AddNode("C")6 g.AddNode("D")7 g.AddNode("E")8 g.AddNode("F")9 g.AddNode("G")10 g.AddDependency("A", "B")11 g.AddDependency("A", "C")12 g.AddDependency("B", "D")13 g.AddDependency("B", "E")14 g.AddDependency("C", "F")15 g.AddDependency("C", "G")16 g.ConvertDeps("A", "B")17 fmt.Println(g.Deps("A"))18 fmt.Println(g.Deps("B"))19 fmt.Println(g.Deps("C"))20 fmt.Println(g.Deps("D"))21 fmt.Println(g.Deps("E"))22 fmt.Println(g.Deps("F"))23 fmt.Println(g.Deps("G"))24}25import (26type Graph struct {27}28func NewGraph() *Graph {29 return &Graph{30 nodes: make(map[string]*node),31 }32}33func (g *Graph) AddNode(name string) {34 g.nodes[name] = &node{35 }36}37func (g *Graph) AddDependency(name, dep string) {38 g.nodes[name].deps = append(g.nodes[name].deps, dep)39}40func (g *Graph) Deps(name string) []string {41}42func (g *Graph) ConvertDeps(name, dep string) error {
ConvertDeps
Using AI Code Generation
1import (2func main() {3 fmt.Println("Test case 1")4 fmt.Println("-----------")5 g := graph{deps: map[string][]string{6 "A": {"B", "C", "D"},7 "B": {"C", "D"},8 "C": {"D"},9 "D": {},10 }}11 fmt.Println(g.ConvertDeps())12 fmt.Println("Test case 2")13 fmt.Println("-----------")14 g1 := graph{deps: map[string][]string{15 "A": {"B", "C", "D"},16 "B": {"C", "D"},17 "C": {"D"},18 "D": {"A"},19 }}20 fmt.Println(g1.ConvertDeps())21}
ConvertDeps
Using AI Code Generation
1func main() {2 g := graph.NewGraph()3 g.Load("current_project")4 g.ConvertDeps("target_project")5 g.Save("current_project")6}7func main() {8 g := graph.NewGraph()9 g.Load("current_project")10 g.ConvertDeps("target_project")11 g.Save("current_project")12}13func main() {14 g := graph.NewGraph()15 g.Load("current_project")16 g.ConvertDeps("target_project")17 g.Save("current_project")18}19func main() {20 g := graph.NewGraph()21 g.Load("current_project")22 g.ConvertDeps("target_project")23 g.Save("current_project")24}
ConvertDeps
Using AI Code Generation
1import (2func main() {3 g := graph{}4 g.AddNode("A")5 g.AddNode("B")6 g.AddNode("C")7 g.AddNode("D")8 g.AddNode("E")9 g.AddNode("F")10 g.AddNode("G")11 g.AddNode("H")12 g.AddNode("I")13 g.AddNode("J")14 g.AddNode("K")15 g.AddNode("L")16 g.AddNode("M")17 g.AddNode("N")18 g.AddNode("O")19 g.AddNode("P")20 g.AddNode("Q")21 g.AddNode("R")22 g.AddNode("S")23 g.AddNode("T")24 g.AddNode("U")25 g.AddNode("V")26 g.AddNode("W")27 g.AddNode("X")28 g.AddNode("Y")29 g.AddNode("Z")30 g.AddEdge("A", "B")31 g.AddEdge("A", "C")32 g.AddEdge("A", "D")33 g.AddEdge("B", "E")34 g.AddEdge("B", "F")35 g.AddEdge("C", "G")36 g.AddEdge("C", "H")37 g.AddEdge("D", "I")38 g.AddEdge("D", "J")39 g.AddEdge("E", "K")40 g.AddEdge("E", "L")41 g.AddEdge("F", "M")42 g.AddEdge("F", "N")43 g.AddEdge("G", "O")44 g.AddEdge("G", "P")45 g.AddEdge("H", "Q")46 g.AddEdge("H", "R")47 g.AddEdge("I", "S")48 g.AddEdge("I", "T")49 g.AddEdge("J", "U")50 g.AddEdge("J", "V")51 g.AddEdge("K", "W")52 g.AddEdge("K", "X")53 g.AddEdge("L", "Y")54 g.AddEdge("L", "Z")55 dot := g.ConvertDeps()56 err := ioutil.WriteFile("1.dot", []byte(dot), 0644)57 if err != nil {58 panic(err
Check out the latest blogs from LambdaTest on this topic:
I routinely come across test strategy documents when working with customers. They are lengthy—100 pages or more—and packed with monotonous text that is routinely reused from one project to another. Yawn once more— the test halt and resume circumstances, the defect management procedure, entrance and exit criteria, unnecessary generic risks, and in fact, one often-used model replicates the requirements of textbook testing, from stress to systems integration.
Enterprise resource planning (ERP) is a form of business process management software—typically a suite of integrated applications—that assists a company in managing its operations, interpreting data, and automating various back-office processes. The introduction of a new ERP system is analogous to the introduction of a new product into the market. If the product is not handled appropriately, it will fail, resulting in significant losses for the business. Most significantly, the employees’ time, effort, and morale would suffer as a result of the procedure.
Hola Testers! Hope you all had a great Thanksgiving weekend! To make this time more memorable, we at LambdaTest have something to offer you as a token of appreciation.
How do we acquire knowledge? This is one of the seemingly basic but critical questions you and your team members must ask and consider. We are experts; therefore, we understand why we study and what we should learn. However, many of us do not give enough thought to how we learn.
With the change in technology trends, there has been a drastic change in the way we build and develop applications. It is essential to simplify your programming requirements to achieve the desired outcomes in the long run. Visual Studio Code is regarded as one of the best IDEs for web development used by developers.
Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.
You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.
Get 100 minutes of automation test minutes FREE!!